diff --git a/softwareDirectory/AutoVerScheme/dialogcheckresult.cpp b/softwareDirectory/AutoVerScheme/dialogcheckresult.cpp
index 4b56940..1f3f129 100644
--- a/softwareDirectory/AutoVerScheme/dialogcheckresult.cpp
+++ b/softwareDirectory/AutoVerScheme/dialogcheckresult.cpp
@@ -383,6 +383,217 @@
                    BaseCommonApi::SearchSelectTable(QString::number(iEquipType),&measItem);
                }
            }
+           //二等铂电阻温度计标准装置
+           else if(iEquipType==5){
+               for (int i = 0; i < dataRes.count(); ++i) {
+                   DeviceMeasureDataResistanceThermometer measItem;
+                   measItem.id = QString::number(api.generateId());
+                   measItem.data_id = measInfo.id;
+                   if(sLabel=="示值误差"||sLabel=="回程误差"||sLabel=="轻敲位移")
+                       measItem.data_type = "1";
+                   else
+                       measItem.data_type = "2";
+                   measItem.data_category = "1";
+                   if(sLabel=="波动性测试"){
+                       //measItem.upper_lower_point =
+                       measItem.unit = getValueByHeader(i,sLabel,"单位");
+                       measItem.one_value = getValueByHeader(i,sLabel,"示值1");
+                       measItem.two_value = getValueByHeader(i,sLabel,"示值2");
+                       measItem.three_value = getValueByHeader(i,sLabel,"示值3");
+                       measItem.four_value = getValueByHeader(i,sLabel,"示值4");
+                       measItem.five_value = getValueByHeader(i,sLabel,"示值5");
+                       measItem.six_value = getValueByHeader(i,sLabel,"示值6");
+                       measItem.seven_value=getValueByHeader(i,sLabel,"示值7");
+                       measItem.eight_value=getValueByHeader(i,sLabel,"示值8");
+                       measItem.nine_value = getValueByHeader(i,sLabel,"示值9");
+                       measItem.ten_value = getValueByHeader(i,sLabel,"示值10");
+                       measItem.eleven_value = getValueByHeader(i,sLabel,"示值11");
+                       measItem.twelve_value = getValueByHeader(i,sLabel,"示值12");
+                       measItem.thirteen_value = getValueByHeader(i,sLabel,"示值13");
+                       measItem.fourteen_value = getValueByHeader(i,sLabel,"示值14");
+                       measItem.fifteen_value=getValueByHeader(i,sLabel,"示值15");
+                       measItem.max_value=getValueByHeader(i,sLabel,"最大值");
+                       measItem.min_value=getValueByHeader(i,sLabel,"最小值");
+                       measItem.volatility=getValueByHeader(i,sLabel,"波动性");
+                   }else if(sLabel=="均匀性测试"){
+                       //measItem.upper_lower_point =
+                       measItem.unit = getValueByHeader(i,sLabel,"单位");
+//                       measItem.one_value = getValueByHeader(i,sLabel,"位置");
+//                       measItem.two_value = getValueByHeader(i,sLabel,"示值ROA1");
+//                       measItem.three_value = getValueByHeader(i,sLabel,"示值RA1");
+//                       measItem.four_value = getValueByHeader(i,sLabel,"RA2");
+//                       measItem.five_value = getValueByHeader(i,sLabel,"ROA2");
+//                       measItem.six_value = getValueByHeader(i,sLabel,"ROA3");
+//                       measItem.seven_value=getValueByHeader(i,sLabel,"RA3");
+//                       measItem.eight_value=getValueByHeader(i,sLabel,"RA4");
+//                       measItem.nine_value = getValueByHeader(i,sLabel,"ROA4");
+//                       measItem.ten_value = getValueByHeader(i,sLabel,"ROA均值");
+//                       measItem.eleven_value = getValueByHeader(i,sLabel,"RA均值");
+                       measItem.upper_temperature_different = getValueByHeader(i,sLabel,"上水平面温差");
+                       measItem.lower_temperature_different = getValueByHeader(i,sLabel,"下水平面温差");
+                       measItem.max_horizontal_temperature_different = getValueByHeader(i,sLabel,"水平最大温差");
+                       measItem.max_work_temperature_different=getValueByHeader(i,sLabel,"工作区域最大温差");
+                   }
+                   BaseCommonApi::SearchSelectTable(QString::number(iEquipType),&measItem);
+               }
+           }
+           //频谱分析仪装置
+           else if(iEquipType==9){
+               for (int i = 0; i < dataRes.count(); ++i) {
+                   DeviceMeasureDataSpectrumAnalyzer measItem;
+                   measItem.id = QString::number(api.generateId());
+                   measItem.data_id = measInfo.id;
+                   if (sLabel == "频率显示"){
+                       measItem.data_type = "1";
+                       measItem.nominal_value = getValueByHeader(i,sLabel,"标称值");
+                       measItem.sweep_width = getValueByHeader(i,sLabel,"扫频宽度");
+                       measItem.resolution_bandwidth = getValueByHeader(i,sLabel,"分辨力带宽");
+                       measItem.horizontal_resolution = getValueByHeader(i,sLabel,"水平分辨率");
+                       measItem.one_value = getValueByHeader(i,sLabel,"测量值1");
+                       measItem.two_value = getValueByHeader(i,sLabel,"测量值2");
+                       measItem.three_value = getValueByHeader(i,sLabel,"测量值3");
+                       measItem.lower_index = getValueByHeader(i,sLabel,"指标下限");
+                       measItem.average_value = getValueByHeader(i,sLabel,"均值");
+                       measItem.upper_index = getValueByHeader(i,sLabel,"指标上限");
+                       measItem.conclusion = getValueByHeader(i,sLabel,"结论");
+                   }else if (sLabel == "扫频宽度"){
+                       measItem.data_type = "2";
+                       measItem.nominal_value = getValueByHeader(i,sLabel,"标称值");
+                       measItem.horizontal_resolution = getValueByHeader(i,sLabel,"水平分辨率");
+                       measItem.one_value = getValueByHeader(i,sLabel,"fl1");
+                       measItem.two_value = getValueByHeader(i,sLabel,"fr1");
+                       measItem.three_value = getValueByHeader(i,sLabel,"fl2");
+                       measItem.four_value = getValueByHeader(i,sLabel,"fr2");
+                       measItem.five_value = getValueByHeader(i,sLabel,"fl3");
+                       measItem.six_value = getValueByHeader(i,sLabel,"fr3");
+                       measItem.lower_index = getValueByHeader(i,sLabel,"指标下限");
+                       measItem.average_value = getValueByHeader(i,sLabel,"均值");
+                       measItem.upper_index = getValueByHeader(i,sLabel,"指标上限");
+                       measItem.conclusion = getValueByHeader(i,sLabel,"结论");
+                   }
+                   else if (sLabel == "中频带宽"){
+                       measItem.data_type = "3";
+                       measItem.nominal_value = getValueByHeader(i,sLabel,"标称值");
+                       measItem.horizontal_resolution = getValueByHeader(i,sLabel,"水平分辨率");
+                       measItem.one_value = getValueByHeader(i,sLabel,"fl1");
+                       measItem.two_value = getValueByHeader(i,sLabel,"fr1");
+                       measItem.three_value = getValueByHeader(i,sLabel,"fl2");
+                       measItem.four_value = getValueByHeader(i,sLabel,"fr2");
+                       measItem.five_value = getValueByHeader(i,sLabel,"fl3");
+                       measItem.six_value = getValueByHeader(i,sLabel,"fr3");
+                       measItem.eight_value = getValueByHeader(i,sLabel,"△f1");
+                       measItem.nine_value = getValueByHeader(i,sLabel,"△f2");
+                       measItem.ten_value = getValueByHeader(i,sLabel,"△f3");
+                       measItem.lower_index = getValueByHeader(i,sLabel,"指标下限");
+                       measItem.average_value = getValueByHeader(i,sLabel,"均值");
+                       measItem.upper_index = getValueByHeader(i,sLabel,"指标上限");
+                       measItem.conclusion = getValueByHeader(i,sLabel,"结论");
+                   } else if (sLabel == "中频带宽转换偏差"){
+                       measItem.data_type = "4";
+                       measItem.nominal_value = getValueByHeader(i,sLabel,"中频带宽");
+                       measItem.one_value = getValueByHeader(i,sLabel,"测量值");
+                       measItem.lower_convert_deviation = getValueByHeader(i,sLabel,"指标下限");
+                       measItem.convert_deviation = getValueByHeader(i,sLabel,"转换偏差");
+                       measItem.upper_convert_deviation = getValueByHeader(i,sLabel,"指标上限");
+                       measItem.conclusion = getValueByHeader(i,sLabel,"结论");
+                   }else if (sLabel == "参考电平"){
+                       measItem.data_type = "5";
+                       measItem.nominal_value = getValueByHeader(i,sLabel,"标称值");
+                       measItem.standard_attenuator_attenuation = getValueByHeader(i,sLabel,"标准衰减器衰减量");
+                       measItem.signal_source_amplitude = getValueByHeader(i,sLabel,"信号源幅度");
+                       measItem.lower_index = getValueByHeader(i,sLabel,"指标下限");
+                       measItem.one_value = getValueByHeader(i,sLabel,"测量值");
+                       measItem.upper_index = getValueByHeader(i,sLabel,"指标上限");
+                       measItem.conclusion = getValueByHeader(i,sLabel,"结论");
+                   }else if (sLabel == "垂直刻度"){
+                       measItem.data_type = "6";
+                       measItem.nominal_value = getValueByHeader(i,sLabel,"标称值");
+                       measItem.vertical_scale = getValueByHeader(i,sLabel,"垂直刻度");
+                       measItem.standard_attenuator_attenuation = getValueByHeader(i,sLabel,"标准衰减器衰减量");
+                       measItem.signal_source_amplitude = getValueByHeader(i,sLabel,"信号源幅度");
+                       measItem.lower_index = getValueByHeader(i,sLabel,"指标下限");
+                       measItem.one_value = getValueByHeader(i,sLabel,"测量值");
+                       measItem.upper_index = getValueByHeader(i,sLabel,"指标上限");
+                       measItem.conclusion = getValueByHeader(i,sLabel,"结论");
+                   }else if (sLabel == "输入频响"){
+                       measItem.data_type = "7";
+                       measItem.frequency = getValueByHeader(i,sLabel,"频率");
+                       measItem.one_value = getValueByHeader(i,sLabel,"测量值1");
+                       measItem.two_value = getValueByHeader(i,sLabel,"测量值2");
+                       measItem.three_value = getValueByHeader(i,sLabel,"测量值3");
+                       measItem.average_value = getValueByHeader(i,sLabel,"均值");
+                       measItem.lower_index = getValueByHeader(i,sLabel,"指标下限");
+                       measItem.input_frequency = getValueByHeader(i,sLabel,"输入频响");
+                       measItem.upper_index = getValueByHeader(i,sLabel,"指标上限");
+                       measItem.conclusion = getValueByHeader(i,sLabel,"结论");
+                   }else if (sLabel == "平均噪声电平"){
+                       measItem.data_type = "8";
+                       measItem.start_frequency = getValueByHeader(i,sLabel,"起始频率");
+                       measItem.end_frequency = getValueByHeader(i,sLabel,"终止频率");
+                       measItem.one_value = getValueByHeader(i,sLabel,"测量值");
+                       measItem.corrected_value = getValueByHeader(i,sLabel,"修正值");
+                       measItem.revised_result = getValueByHeader(i,sLabel,"修正后结果");
+                       measItem.lower_index = getValueByHeader(i,sLabel,"指标下限");
+                       measItem.upper_index = getValueByHeader(i,sLabel,"指标上限");
+                       measItem.conclusion = getValueByHeader(i,sLabel,"结论");
+                   }else if (sLabel == "谐波失真"){
+                       measItem.data_type = "9";
+                       measItem.frequency = getValueByHeader(i,sLabel,"频率");
+                       measItem.one_value = getValueByHeader(i,sLabel,"基波幅度");
+                       measItem.two_value = getValueByHeader(i,sLabel,"二次谐波幅度");
+                       measItem.three_value = getValueByHeader(i,sLabel,"二次谐波失真");
+                       measItem.four_value = getValueByHeader(i,sLabel,"三次谐波幅度");
+                       measItem.five_value = getValueByHeader(i,sLabel,"三次谐波失真");
+                       measItem.six_value = getValueByHeader(i,sLabel,"四次谐波幅度");
+                       measItem.seven_value = getValueByHeader(i,sLabel,"四次谐波失真");
+                       measItem.upper_index_twice = getValueByHeader(i,sLabel,"二次谐波失真指标上限");
+                       measItem.upper_index_thrice = getValueByHeader(i,sLabel,"三次谐波失真指标上限");
+                       measItem.upper_index_quartic = getValueByHeader(i,sLabel,"四次谐波失真指标上限");
+                       measItem.conclusion = getValueByHeader(i,sLabel,"结论");
+                   }else if (sLabel == "输入衰减"){
+                       measItem.data_type = "10";
+                       measItem.frequency = getValueByHeader(i,sLabel,"频率");
+                       measItem.one_value = getValueByHeader(i,sLabel,"测量值1");
+                       measItem.two_value = getValueByHeader(i,sLabel,"测量值2");
+                       measItem.three_value = getValueByHeader(i,sLabel,"测量值3");
+                       measItem.average_value = getValueByHeader(i,sLabel,"均值");
+                       measItem.lower_index = getValueByHeader(i,sLabel,"指标下限");
+                       measItem.input_frequency = getValueByHeader(i,sLabel,"输入频响");
+                       measItem.upper_index = getValueByHeader(i,sLabel,"指标上限");
+                       measItem.conclusion = getValueByHeader(i,sLabel,"结论");
+                   }else if (sLabel == "1db增益压缩点"){
+                       measItem.data_type = "11";
+                       measItem.input_attenuator = getValueByHeader(i,sLabel,"输入衰减");
+                       measItem.spectrum_level = getValueByHeader(i,sLabel,"参考电平");
+                       measItem.one_value = getValueByHeader(i,sLabel,"测量值");
+                       measItem.gain_compression = getValueByHeader(i,sLabel,"增益压缩");
+                       measItem.technical_index = getValueByHeader(i,sLabel,"技术指标");
+                       measItem.conclusion = getValueByHeader(i,sLabel,"结论");
+                   }else if (sLabel == "校准信号"){
+                       measItem.data_type = "12";
+                       measItem.type_value = getValueByHeader(i,sLabel,"类型");
+                       measItem.nominal_value = getValueByHeader(i,sLabel,"标称值");
+                       measItem.one_value = getValueByHeader(i,sLabel,"测量值1");
+                       measItem.two_value = getValueByHeader(i,sLabel,"测量值2");
+                       measItem.three_value = getValueByHeader(i,sLabel,"测量值3");
+                       measItem.lower_index = getValueByHeader(i,sLabel,"指标下限");
+                       measItem.measure_result = getValueByHeader(i,sLabel,"测量结果");
+                       measItem.upper_index = getValueByHeader(i,sLabel,"指标上限");
+                       measItem.conclusion = getValueByHeader(i,sLabel,"结论");
+                   }
+                   BaseCommonApi::SearchSelectTable(QString::number(iEquipType),&measItem);
+               }
+           }
+           //信号装置
+           else if(iEquipType==10){
+               for (int i = 0; i < dataRes.count(); ++i) {
+                   DeviceMeasureDataSignalGenerator measItem;
+                   measItem.id = QString::number(api.generateId());
+                   measItem.data_id = measInfo.id;
+
+                   BaseCommonApi::SearchSelectTable(QString::number(iEquipType),&measItem);
+               }
+           }
            //示波器检定装置
            else if(iEquipType==13)
            {